The copper busbar, with it's core advantages of high electrical conductivity, excellent flexibility, resistance to vibration and shock, low contact resistance, and resistance to high and low temperatures and corrosion, are widely adapted to industries that require high current transmission, dynamic connection or complex installation scenarios, and have become key components for power transmission and signal connection.
The following are it's main application fields and specific scenarios:
Connection between battery packs of new energy vehicles and motors and electronic control systems; busbar connection of energy storage power stations; conductive connection of photovoltaic inverters and wind power converters.
Busbar connections for high and low voltage switch cabinets, circuit breakers, and transformers, as well as conductive components for compensators and transformers.
Conductive connections in the traction systems and power supply systems of subways and high-speed railways, as well as connections between batteries and electronic control units of rail vehicles.
High-current conductive connections in electrolytic cells and smelting furnaces, and conductive parts in chemical equipment that require corrosion resistance and vibration resistance.
Internal conductive connections of high-power rectifiers, welding machines, and UPS power supplies.
